JPS631874B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Object of the Invention] (Industrial Application Field) The present invention relates to a swing toy, and relates to a swing toy in which a toy body shaped like a monkey appears to be riding on a swing.

(Prior Art) Various types of monkey toys imitating animal monkeys and monkey toys exhibiting movements imitating the movements of monkeys have been known. Most of the monkey toys of this kind to date have generally been ones that operate on the floor or are held and played with by children. There are also toys known that act as if an animal is on a swing, but the swing simply moves back and forth.

(Problems to be Solved by the Invention) Conventional monkey toys only operate on the floor and lack interest, while swing toys lack interest because the swing simply moves back and forth.

The present invention has been made in view of the above points, and an object of the present invention is to provide a swing toy that allows monkeys to enjoy swing play and which can be used as an ornament for interesting indoor activities.

[Structure of the invention]

(Means for Solving the Problems) The swing toy of the present invention includes a swing body consisting of a hanging body and a perch body supported by the hanging body and having a switch mechanism and housing a battery. A monkey toy concrete that is provided on a wooden body and has a built-in drive mechanism that is electrically connected to the battery; a swinging mechanism that is interlocked and connected to the drive mechanism of the monkey toy concrete and swings the monkey toy concrete back and forth; It is equipped with a tail actuating mechanism that is interlocked with the drive mechanism of the monkey toy concrete and bends and extends the tail body of the monkey toy concrete, and a sounding mechanism that is intermittently interlocked by the swinging mechanism and makes a sound while opening and closing the mouth. It is characterized by the fact that

(Function) The swing toy of the present invention presents the appearance of a monkey toy sitting on a perch and playing on a swing by suspending the hanging body. In this state, by turning on the switch mechanism of the perch body, the electric motor is driven, and the rocking mechanism rocks the monkey toy body back and forth, creating an action in which the monkey rocks its body back and forth while riding on the swing. In addition, when driven by an electric motor, the tail body of the Monkey Toy Gutai repeatedly bends and extends, causing the monkey to curl its tail or hang it downward. Furthermore, the sound mechanism is activated by the drive of an electric motor, and the monkey opens and closes its mouth to emit sounds.

(Embodiments) The present invention will be described below with reference to embodiments shown in the accompanying drawings.

In the figure, A is a swing body, and this swing body A is composed of a perch body 1 and a hanging body 3 having a hanging chain 2 at the upper end. The perch body 1 is formed into a hollow cylindrical shape with one end closed with synthetic resin, and the hollow part 4 inside the perch body 1 is configured as a battery storage case 6 for storing a battery 5. A lid 8 having a switch mechanism 7 is attached to the opening at the other end of the battery storage case 6 in a detachable manner and rotatable for opening and closing the switch mechanism.

The hanging body 3 is formed of synthetic resin into an inverted U-shape and has an ivy-like plant-like body 10 entwined with the core 9 thereof. At both ends of the hanging body 3, hooks 12 are formed which are detachably engaged with the locking pieces 11 at both ends of the perch body 1.

Further, a hollow cylindrical support body 13 is integrally erected in the middle part of the perch body 1, and a monkey toy body 14 formed in the shape of a monkey is provided on this support body 13.

In the monkey toy concrete 14, arm frames 17 having hand bodies 16 made of synthetic resin at the tips are protruded from both sides of a body frame 15 formed in the shape of a monkey's body. A bendable wire-shaped core material (not shown) is inserted into the arm frame 17 of the arm frame 17, and the arm frames 17 on both sides are formed to be flexible. Further, legs 1 made of synthetic resin are provided at the lower portions of both sides of the body frame 15, and the legs 18 on both sides are positioned above the perch body 1. Further, a face body 20 and an ear body 21 are formed in a head body frame portion 19 connected to the upper part of the body frame 15, and an eye body 22 and a nose body 23 are attached to the face body 20.

Next, a machine frame 24 is provided within the fuselage frame 15, and the lower end of this machine frame 24 is rotatably supported in the front-rear direction on a base shaft 25 horizontally fixed on the support 13. A locking protrusion 2 is provided at one end of 25.
A sliding body 27 having a diameter of 6 is attached, and this base shaft 25
Attached to the other end is a swinging body 30 having a protruding piece 29 having an engaging piece 28 forming a swinging mechanism at its upper end. A coil spring 32 is stretched between the cut-and-raised piece 31 on the rear part of one side of the machine frame 24 and the locking protrusion 26, and the coil spring 32 causes the machine frame 24 to lock onto the engagement piece 26. It is backed up to the side.

Further, an electric motor 33 is fixed in the upper part of the machine frame 24, and this electric motor 33 is connected to the battery storage case 6.
This electric motor 3 is electrically connected to a battery 5 inside the motor 3.
An input gear 37 of a gear interlocking mechanism 36 is meshed with a pinion 35 fixed to an output shaft 34 of No. 3.
Also, the first output gear 38 of this gear interlocking mechanism 36
A drive gear 40 fixed to the drive shaft 39 is meshed with the drive gear 40, and a relay gear 42 of the gear interlocking mechanism 36 is meshed with an interlock gear 41 that is integrated with the drive gear 40. Further, an operating gear 44 constituting a tail operating mechanism fixed to the drive shaft 39 is meshed with a second output gear 43 that is integrated with the relay gear 42, and a boss 45 protruding from the outer side of the operating gear 44 is engaged with the second output gear 43. A plurality of actuating pieces 46 protrude radially along the outer surface of the gear 44 . Further, a sector gear 47 constituting a tail operating mechanism is mounted on a support shaft 48 at the rear lower part of the machine frame 24.
This sector gear 47 is rotatably supported via
Each operating piece 46 of the operating gear 44 is provided on one side edge.
An engagement piece 49 that engages with is formed horizontally, and an engagement protrusion 5 protruding from one side edge of this sector gear 47.
0 is movably protruded into an engagement hole 51 formed in the machine frame 24 and extending in the vertical direction. Further, a winding ring 52 as a tail operating mechanism is attached to this sector gear 47.
The winding ring 52 and the interlocking gear 53 are rotatably attached to the machine frame 24 on a horizontal shaft 54. Further, a string 55, which serves as a tail operating mechanism and has one end fixed to the winding ring 52, is fixed to the tip of a tail frame 56 made of synthetic resin. This tail frame 56 is formed in the shape of a narrow flat plate, and on one side thereof, a number of guides 57 through which strings 55 are inserted so as to be freely advanced and retracted are formed at predetermined intervals, and on the other side. Each guide 57
A number of thinned recesses 58 are formed between the two, and a locking portion 59 that is locked to the lower part of the machine frame 24 is formed at the base end. As the winding wheel 52 rotates in the winding direction, the string 55 is wound up and the tail frame 56 is lifted upward from the tip.

Next, one end of the drive shaft 39 is projected to the outside of the machine frame 24, and a cam disk 60 constituting a swing mechanism is fixed to this projecting end. This cam board 6
There are uneven parts 61a, 6 of different sizes on the outer surface of the 0.
A substantially star-shaped cam 61 made of irregularly continuous cams 1b is integrally formed, and this cam 61 is always engaged with the engaging piece 28 of the protruding piece 29 by the coil spring 32. It is energized. Further, a plurality of push protrusions 62 are integrally formed on the circumferential side of the inner surface 60a of the cam disc 60 at predetermined intervals.

Further, a sliding shaft 63 is slidably mounted horizontally on the machine frame 24, and a horizontally elongated switching gear 64 meshed with the driving gear 40 is fixed to an intermediate portion of the sliding shaft 63.
A pressure receiving body 65 made of synthetic resin is integrally attached to one end of the sliding shaft 63 and is in sliding contact with the inner surface 60a of the cam disc 60 and the pushing protrusion 62, and the switching gear 6
4 and the machine frame 24, a coil spring 66 is wound around the sliding shaft 63, and this coil spring 66 causes the pressure receiving body 65 to constantly move against the cam disk 60.
is biased so as to engage the inner surface 60a of the.

Further, a crankshaft 67 constituting a sounding mechanism is rotatably mounted horizontally on the machine frame 24, and a horizontally long interlocking gear 68 to which the switching gear 64 engages and disengages is integrally fixed to the crankshaft 67. crankshaft 67
The crank arm 69 formed at one end is attached to the machine frame 2.
It protrudes from the outer part of 4.

Next, a guide frame 70 made of synthetic resin is fixed to the intermediate portion of one side of the machine frame 24, and a sounding mechanism made of synthetic resin is configured in a guide opening 71 opened in the vertical direction of this guide frame 70. An elongated guide groove 74 into which an elevating piece 72 is inserted so as to be freely movable up and down, and into which the crank arm 69 is rotatably inserted into a covering portion 73 that covers the bent portion of the crankshaft 67 formed at the lower end of the elevating piece 72. is formed horizontally. Further, the upper end of the elevating piece 72 is inserted and supported in a guide groove 76 of a mounting plate 75 fixed to the machine frame 24 so as to be able to move forward and backward. 78 is formed, and a locking rod 79 is provided horizontally protruding from the inner lower part of this elevating piece 72. Further, a sounding body 80 constituting a sounding mechanism is attached to the mounting plate 75, and this sounding body 8
The distal end of the locking rod 79 of the elevating piece 72 is inserted into and locked into a mounting piece 82 that projects from the lower end of the telescopic portion 81. Furthermore, a mandibular frame 84 is provided at a position corresponding to the upper jaw part 83 of the face body 20 in the head body frame part 19.
is attached via a support shaft 85 so as to be rotatable in the vertical direction. A tongue piece 86 is fixed to the upper surface of this mandibular frame 84, and a raised body 87 imitating a monkey's fur is fixed to the lower surface, and furthermore, it protrudes horizontally from the rear part of this mandibular frame 84. The connected rod 88 is inserted into the inclined long groove 78 of the elevating piece 72. The torso frame 15, the arm frames 17 on both sides, the head frame 19, and the tail frame 56 are constructed by forming the torso frame 15, the arm frames 17 on both sides, the arms on both sides, and the raised covering 89 which is formed to resemble the shape of a monkey. It is configured as a body 91, a head body 92, and a tail body 93.

Next, the operation of the above embodiment will be explained.

First, the suspension chain 2 is suspended and locked by, for example, hooking it onto a supported body at a desired position. This gives the appearance that the monkey toy concrete 14 is sitting on the perch 1 and playing on a swing. And arms 91 on both sides
is formed in a flexible manner by the arm frame 17 made of synthetic resin and the bendable core material, so the arm bodies 91 on both sides can be easily changed into any desired shape. As a result, it is possible to easily select and express a form that imitates the ecological movements of a monkey.

Next, when the cover body 8 of the battery storage case 6 formed by the perch body 1 is rotated, the switch mechanism 7
is turned on and the electric motor 33 is started. By the operation of this electric motor 33, the input gear 37 of the gear interlocking mechanism 36, which is sequentially meshed with the pinion 35 of this electric motor 33, and the first output gear 3 of the gear interlocking mechanism 36.
8 and the drive gear 40 are rotated in conjunction with each other. Further, the rotation of the drive gear 40 causes the drive shaft 39 to rotate, and the relay gear 42 meshed with the interlocking gear 41 of the drive gear 40 and the second output gear 43 of the relay gear 42 cause the operation gear tooth 44 to rotate. are rotated in conjunction.

Then, due to the rotation of the drive shaft 39, this drive shaft 3
The cam disk 60 fixed to one end of 9 is rotated,
The cam disk 60 is rotated while a cam 61 formed on its outer surface slides into engagement piece 28 of a projecting piece 29 protruding from support body 13 via base shaft 25 . In this case, since the cam 61 is formed with a plurality of uneven portions 61a and 61b of different irregular sizes, the uneven portions 61a and 61b engage and disengage from the engagement piece 28 depending on their shape. Each time, the machine frame 24 swings back and forth about the base shaft 25 while resisting the coil spring 32, and therefore, the monkey toy concrete 14 repeatedly rocks its body back and forth while riding on the swing.

Further, as the operating gear 44 rotates, each operating piece 46 radially protrudes from the outer surface of the operating gear 44.
are successively engaged with the engaging pieces 49 of the sector gear 47, and the sector gear 47 is intermittently rotated about the support shaft 48 as a fulcrum. That is, since each actuating piece 46 is rotated, when one actuating piece 46 engages with the engaging piece 49, the actuating piece 4 is moved along with this engaging piece 49.
A sector gear 47 in which 6 rotates and forms an engagement piece 49
is rotated in conjunction with the support shaft 48 as a fulcrum. When the fan gear 47 is rotated, the winding ring 52 is rotated via the interlocking gear 53 that meshes with the fan gear 47, and the string having one end fixed to the winding ring 52 is rotated. 55 is wound up by the winding wheel 52, and the tail frame 56, which has the other end of the string 55 fixed to its tip, is gradually wound from its tip. The tail body 93 is rolled up while the body is rocked back and forth.

Further, the actuating piece 46 rotates further, and this actuating piece 46
When the sector gear 47 is disengaged from the engaging piece 49 of the sector gear 47, the sector gear 47 is rotated back by its own weight, and the winding ring 52 is rotated in the winding direction by the restoring force of the wound tail frame 56. , wrapped string 55
is rolled back and the tail frame 56 is instantly extended, so that the monkey toy concrete 14 exhibits an action of instantly extending the rolled-up tail body 93 and hanging it down.

In this way, each actuating piece 46 is sequentially and intermittently engaged with and disengaged from the engaging piece 49, so that the sector gear 47 is rotated back and forth about the support shaft 48, and the tail body 93 is wound in and out. After that, it repeatedly stretches and hangs down.

Therefore, Monkey Toy Gutai 14 rides on a swing and repeatedly exhibits the motion of rocking its body back and forth.
The tail body 93 is intermittently rolled up, and it repeatedly exhibits an action of stretching and hanging down.

When the tail body 93 shifts from the folded state to the extended and hanging state, the monkey toy body 14 continues to rock its body back and forth irregularly. In conjunction with the back and forth movement of the body, the caudal body 93
It exhibits an operating state in which it swings back and forth while being stretched and hanging down.

Next, in the above case, the sliding shaft 63 is rotated by the switching gear 64 meshed with the drive gear 40,
And, the pressure receiving body 65 is attached to the inner surface 60 of the cam disk 60.
When the cam disc 60 rotates, the pushing protrusion 62 engages with the pressure receiving body 65, and when the pressure receiving body 65 is pushed in the axial direction, this sliding movement axis 6
3 is moved in the axial direction against the coil spring 66, and the switching gear 64 of this sliding shaft 63 is meshed with the interlocking gear 68 while remaining in mesh with the drive gear 40, and the interlocking gear 68 is interlocked by the switching gear 64. Rotated. As the interlocking gear 68 rotates, the crankshaft 67 is rotated, and the crank arm 69 is also rotated.
The elevating pieces 72 connected to each other through the long guide grooves 74 are guided and supported by the guide frame 70 and are moved up and down. Then, with this lifting/lowering operation of the lifting piece 72, the lifting piece 72
The locking rod 79 pushes and expands and contracts the telescopic portion 81 of the sounding body 80, causing the sounding body 80 to perform a sounding operation. In addition, as the elevating piece 72 moves up and down, the connecting rod 88 inserted into the inclined long groove 78 of the elevating piece 72 is moved up and down.
The lower jaw frame 84 having the upper jaw frame 84 is moved up and down with respect to the upper jaw part 83 using the support shaft 85 as a fulcrum, and exhibits the action of opening and closing the mouth. Therefore, when the crankshaft 67 is rotated by the switching gear 64 via the interlocking gear 68, the monkey toy concrete 14 emits sound while opening and closing its mouth.

Further, when the pushing protrusion 62 is disengaged from the pressure receiving body 65, the sliding shaft 63 is slid back to its original position by the restoring force of the coil spring 66, and the switching gear 64
is removed from the interlocking gear 68 and the pressure receiving body 65
is again slidably engaged with the inner surface 60a of the cam disk 60, and the crankshaft 67 is no longer rotated, so the operation of opening and closing the mouth of the monkey toy concrete 14 and emitting sound is stopped. Therefore, depending on the number of pushing protrusions 62 and the spacing between the pushing protrusions 62, the monkey toy concrete 14 intermittently and alternately repeats the action of opening and closing its mouth to make a sound and the action of stopping the sound. .

When the switch mechanism 7 is turned on, the monkey toy concrete 14 continuously performs the various operations described above while switching and repeating them in sequence.

〔Effect of the invention〕

According to the present invention, since the monkey toy Gutai is provided on the perch body of the swing body, by hanging this swing at a desired position such as a high place, the monkey toy Gutai can ride on the swing and perform swing play. It has a certain appearance. In addition, by operating the switch mechanism of the Monkey Toy Gutai and driving the drive mechanism, the swinging mechanism, tail actuating mechanism, and sounding mechanism are interlocked with each other, and by the operation of the swinging mechanism, the Monkey Toy Gutai is perched. It swings back and forth on its body, making a rowing motion similar to rocking a swing while enjoying a swing, and when the tail actuating mechanism is activated, the tail body can be bent as if curled up, or the bent tail body can be moved back and forth. In addition, the intermittent operation of the sounding mechanism causes the sounding mechanism to open and close the mouth while emitting sounds and making sounds. It is a continuous and repeated action. Therefore, the monkey toy Gutai got on the swing,
Since the toy exhibits the motion state of enjoying swing play while performing interesting activity movements, by hanging it at a desired location indoors, an interesting toy can be obtained that retains playability and can be used as a moving indoor decoration. It is.

[Brief explanation of the drawing]

The figures show one embodiment of the present invention, in which Figure 1 is a perspective view of a swing toy, Figure 2 is an explanatory diagram of the same operation, and Figure 3 is a side view of one side showing the internal mechanism of the same toy. FIG. 4 is a side view of the other side of the same as above, FIG. 5 is a perspective view of an interlocking mechanism for various operations same as above, FIG. 6 is a perspective view of the sounding mechanism, and FIG. 7 is a perspective view of the tail actuating mechanism. A... Swing body, 1... Perch body, 2,3
...Hanging body, 5...Battery, 7...Switch mechanism,
14...Monkey toy concrete, 25...base shaft, 28...engaging piece, 33...drive mechanism, 44...operating gear, 46
... Operating piece, 47 ... Sector gear, 52 ... Winding ring, 55 ... Strap, 56 ... Tail frame, 60 ... Cam disk, 61 ... Cam, 67 ... Crankshaft, 69 ...
...Crank arm, 72... Lifting piece, 80...
Ning body, 84...mandibular frame, 93...caudal body.

Claims (1)

[Scope of Claims] 1. A swing body consisting of a hanging body and a perch body supported by the hanging body and having a switch mechanism and housing a battery; A monkey toy concrete with a built-in electric motor connected to the monkey toy concrete, a rocking mechanism that is interlocked and connected to the electric motor of this monkey toy concrete and swings the monkey toy concrete back and forth, and a rocking mechanism that is interlocked and connected to the electric motor of the monkey toy concrete and is interlocked and connected to the electric motor of the monkey toy concrete. 1. A swing toy comprising: a tail actuating mechanism that bends and extends the tail body of the toy; and a sounding mechanism that is intermittently interlocked by the swinging mechanism and makes a sound while opening and closing the mouth. 2. The swing toy according to claim 1, wherein the monkey toy concrete is supported by a base shaft horizontally suspended on a perch body so as to be movable back and forth. 3. The rocking mechanism of the Monkey Toy Gutai consists of an engaging piece provided on the perch body and a cam disk that has a cam that constantly rotates in sliding contact with the engaging piece and is operatively connected to the drive mechanism. A swing toy according to claim 1 or 2, characterized in that: 4. The tail operating mechanism of Monkey Gutai consists of an operating gear that has a plurality of operating pieces that are interlocked with a drive mechanism, a sector gear that is intermittently interlocked by each operating piece of this operating gear, and a sector gear that is intermittently linked by each operating piece of this operating gear. Claims 1 to 3 include a winding ring that rotates in forward and backward directions, and a string extending along the tail frame that is wound by the winding ring. A swing toy described in any of the paragraphs. 5. The sounding mechanism of Monkey Gutai consists of a crankshaft that is intermittently rotated by a cam disk of the swinging mechanism, a lifting piece that is raised and lowered by the crank arm of this crankshaft, and a lifting piece that moves up and down. A swing toy according to any one of claims 1 to 4, characterized in that it is composed of a swinging body and a lower jaw frame that are linked to motion.